Freeze Dryers Vacuum Concentrators Martin Christ Gefriertrocknungsanlagen GmbH P.O. Box 17 13 • D-37507 Osterode am Harz, Germany www.martinchrist.de e-mail: [email protected] Laboratory Freeze Dryers Routine Processes Freeze Dryers Vacuum Concentrators

Your Freeze-Drying Needs ^Product Spectrum Our comprehensive product range of freeze dryers and vacu- um concentrators for every application. Do not hesitate to contact us for an individual configuration of your system. Freeze dryers for industrial production Pilot systems for process development and optimization Freeze dryers for research and development Rotational vacuum concentrators, available in 4 sizes, covering the gamut from solving routine laboratory problems to the evaporation in high-end pharmaceutical Freeze dryers for routine laboratory use Freeze Dryers Vacuum Concentrators

Technical Data Ice condenser capacity Ice condenser performance Ice condenser temperature Shelf temperature when pre-freezing inside the ice condenser chamber Max. shelf surface area when drying outside the ice condenser chamber Max. shelf surface area when drying in injection vials with stoppering under vacuum or nitrogen atmosphere Drying in round bottom flasks Dimensions of base unit Weight Electrical connection (other voltages available) Max. power consumption Max. current Max. ambient temperature (unit is air-cooled, higher temperatures upon request) Ice condenser capacity Ice condenser...

Configuration Incremental condensing performance for every application A variety of basic units and accessories are available. Their choice depends on: · required ice condenser temperature, i.e. -55°C for waterbased samples, -85°C for substances with low freezing points or containing organic solvents · number of shelves, i.e. number of flasks needed for the amount of product per batch · maximum ice condenser performance required, i.e. total quantity of ice produced until defrosting Configuration tailored to your procedural needs The adjacent illustrations show examples of the range of system...